values.yaml

# Default values for ran-5g.
# This is a YAML-formatted file.
# Declare variables to be passed into your templates.

image:
  srs_jbpf: ghcr.io/microsoft/jrtc-apps/srs-jbpf:srsran25.10-latest
  srs_jbpf_zmq: ghcr.io/microsoft/jrtc-apps/srs-jbpf-zmq:srsran25.10-latest
  srs_jbpf_proxy: ghcr.io/microsoft/jrtc-apps/srs-jbpf-sdk:srsran25.10-latest
  srs_ue: ghcr.io/microsoft/jrtc-apps/srs-ue:srsran25.10-latest
  srs_grc: ghcr.io/microsoft/jrtc-apps/grc:latest
  pullPolicy: Always

HOSTNAME: ""

resources:
  gnb:
    limits:
      cpu: 5
      memory: 20Gi
      hugepages1Gi: 4Gi
    requests:
      cpu: 5
      memory: 20Gi
      hugepages1Gi: 4Gi
  jbpf_proxy:
    limits:
      cpu: 500m
      memory: 500Mi
    requests:
      cpu: 500m
      memory: 500Mi
  jrtc:
    limits:
      cpu: 1
      memory: 1Gi
      hugepages2Gi: 2Gi
    requests:
      cpu: 1
      memory: 1Gi
      hugepages2Gi: 2Gi
  das:
    limits:
      cpu: 1
      memory: 2Gi
      hugepages2Gi: 4Gi
    requests:
      cpu: 1
      memory: 2Gi
      hugepages2Gi: 4Gi
  dmimo:
    limits:
      cpu: 1
      memory: 2Gi
      hugepages2Gi: 4Gi
    requests:
      cpu: 1
      memory: 2Gi
      hugepages2Gi: 4Gi
  ue:
    limits:
      cpu: 1
      memory: 1Gi
      hugepages1Gi: 1Gi
    requests:
      cpu: 1
      memory: 1Gi
      hugepages1Gi: 1Gi
  grc:
    limits:
      cpu: 1
      memory: 1Gi
      hugepages1Gi: 1Gi
    requests:
      cpu: 1
      memory: 1Gi
      hugepages1Gi: 1Gi


duConfigs:
  du1:
    midhaul:
      # IP address to be assigned to the DU pod midhaul interface
      ip: 192.168.110.233
    cells:
      cell1:
        physicalCellID: 2017
        cellID: 3333
        ruNAME: "RU1"
        ruLocalMAC: "66:44:33:22:11:00" # RAN server fronthaul MAC address
        ruRemoteMAC: "6C:AD:AD:00:00:69" # Remote RU fronthaul MAC address
        ruVLAN: "1"
        ruDPDKResource: "intel.com/intel_sriov_dpdk_ru0"
        ruDLArfcn: 633666
        ruBandwidth: 40
      # cell2:
      #   ruDPDKResource: "intel.com/intel_sriov_dpdk_ru1"
      # cell3:
      #   ruDPDKResource: "intel.com/intel_sriov_dpdk_ru3"
      # cell4:
      #   ruDPDKResource: "intel.com/intel_sriov_dpdk_ru3"



ngcParams:
  coreIP: 192.168.101.50 
  tac: "000001" 
  plmn: "00101" 


system:
  # Arguments passed to DPDK 
  # eal_cpu_args: "--lcores (0-1)@(1-30)"
  # https://doc.dpdk.org/guides/linux_gsg/linux_eal_parameters.html
  # This is 1:1 mapping between logical core and physical cores
  eal_cpu_args: "--lcores (0-22)@(9-31)"
  # Arguments passes to taskset (if empty, no taskset is used)
  taskset_cpu_args: "9-31"


# These will be assigned by K8s CNI
sriov:
  cniVersion: 0.3.1 #<< cniVersion >>
  cucp_ip: 192.168.101.205 #<< CUCP pod IP SRIOV_CUCP >>
  cucp_prefix: 24 #<< Prefix Value >>
  cucp_gateway: 192.168.101.1 #<< Gateway IP Address >>
  cuup_ip: 192.168.110.205 #<< CUUP pod IP SRIOV_CUUP >>
  cuup_prefix: 24 #<< Prefix Value >>
  cuup_gateway: 192.168.110.1 #<< Gateway IP Address >>
  resourceName: "intel.com/intel_810_1" #<< Name of SRIOV Resource for NGAP on CUCP >>


# Run a script to set vLAN FH isolation on switch prior to starting L1 through custom API
vlan_isolation:
  enabled: false
  url: "192.168.1.50:8080"


# Add troubleshooting container to each pod, for debugging
troubleshooter:
  enabled: true
  # Any lightweight image that can run a shell and ncat
  image: "praqma/network-multitool"



jbpf:
  # Currently, codelets can only be loaded from a local directory
  codelets_vol_mount: ""
  port: 30450
  cfg:  # the following is passed directly to srsRAN as it's Jbpf config
    jbpf_run_path: "/tmp"
    jbpf_namespace: "jbpf"
    jbpf_enable_ipc: 0
    jbpf_standalone_io_out_ip: "PUT_JBPF_DECODER_IP_HERE"
    jbpf_standalone_io_out_port: 20788
    jbpf_standalone_io_in_port: 30400
    jbpf_standalone_io_policy: 0
    jbpf_standalone_io_priority: 0
    jbpf_io_mem_size_mb: 1024
    jbpf_ipc_mem_name: "jrt_controller"
    jbpf_enable_lcm_ipc: 1
    jbpf_lcm_ipc_name: "jbpf_lcm_ipc"
    jbpf_agent_cpu: 0
    jbpf_agent_policy: 1
    jbpf_agent_priority: 30
    jbpf_maint_cpu: 0
    jbpf_maint_policy: 0
    jbpf_maint_priority: 0

jrtc_controller:
  # Currently, jrtc applications can only be loaded from a local directory
  apps_vol_mount: ""
  image: ghcr.io/microsoft/jrt-controller/jrt-controller-azurelinux:latest
  port: 30500
  logging:
    jrtc_level: info
    jbpf_level: info
  log_analytics:
    enabled: false
    workspace_id: "PUT_WORKSPACE_ID_HERE"
    primary_key: "PUT_PRIMARY_KEY_HERE"

  # Start local decoder as a part of the jrtc controller pod for debugging
  local_decoder: 
    enabled: false
    port: 30501
    log_analytics:
      enabled: false

udp_forwarder:
  enabled: true
  port: 30502
 


# RANBooster configurations
das:
  enabled: false
  # For 100Mhz , 4 Antenna Setup, Max RUs 4 : 
  #    - image: altran5gran.azurecr.io/ranbooster/ranbooster-lite:v3
  #    - Example Config : https://dev.azure.com/belgrade/5GRack/_git/ranDeploymentConfig?path=/redmond/values.1st.floor.das.yaml
  # For 100Mhz , 2 Antenna Setup: Max RUs 9 : 
  #    - image:  altran5gran.azurecr.io/ranbooster/ranbooster-lite:v3-100mhz-2antenna
  #    - Example Config: https://dev.azure.com/belgrade/5GRack/_git/ranDeploymentConfig?path=/redmond/values.2nd.floor.das.yaml 
  
  image: "altran5gran.azurecr.io/ranbooster/ranbooster-lite:v3"
  dasboxes:
    das1:
      middlebox:
        dasName: "das-du-front"
        vlan: 1
        localMAC: "00:00:11:11:22:33"  # Local MAC address of the Middlebox
        remoteMAC: "AA:BB:CC:11:22:33" # Local MAC address of the Middlebox
        ruDPDKResource: "intel.com/intel_sriov_dpdk_ru1"
        isolcore: 2
      cells:
        cell1:
          ruNAME: "das1"
          ruLocalMAC: "00:00:11:11:33:71" # RAN server fronthaul MAC address 
          ruRemoteMAC: "AA:BB:CC:11:33:71" # Remote ru fronthaul MAC address 
          vlan: 71      


# RANBooster configurations
dmimo:
  enabled: false
  # With Das:
  #   For 100Mhz , Max RUs 4 
  #   image: altran5gran.azurecr.io/ranbooster/ranbooster-lite:v3
  #   Example Config: https://dev.azure.com/belgrade/5GRack/_git/ranDeploymentConfig?path=/redmond/debug/values.2nd.floor.dmimo-das.yaml 
  # wihtout Das:
  #   For 100Mhz , Max RUs 2
  #   image: altran5gran.azurecr.io/ranbooster/ranbooster-lite:v3
  #   Example Condig: https://dev.azure.com/belgrade/5GRack/_git/ranDeploymentConfig?path=/redmond/debug/values.dmimo.ru1-ru2.yaml
  image: "altran5gran.azurecr.io/ranbooster/ranbooster-lite:v3"
  vrus:
    vru1:
      middlebox:
        dmimoMiddleboxName: "middlebox-vru1"
        vlan: 51
        localMAC: "AA:BB:CC:11:33:41"  # Local MAC address of the Middlebox
        remoteMAC: "00:00:11:11:33:41" # Local MAC address of the Middlebox
        ruDPDKResource: "intel.com/intel_sriov_dpdk_ru7"
        isolcore: 3
      rus:
        ru1:
          ruNAME: "ru1"
          ruLocalMAC: "00:11:22:33:0A:A4" # MAC address that is used in both Frounthaul VFs (It has to be unique for each RAN deployment)
          ruRemoteMAC: "6C:AD:AD:00:0A:A4" # MAC address of the Remote ru
          ruVLAN: "31"
          ruDPDKResource: "intel.com/intel_sriov_dpdk_ru8"
          bitmask: 51
        ru2:
          ruNAME: "ru2"
          ruLocalMAC: "00:11:22:33:0B:4E" # MAC address that is used in both Frounthaul VFs (It has to be unique for each RAN deployment)
          ruRemoteMAC: "6C:AD:AD:00:0B:4E" # MAC address of the Remote ru
          ruVLAN: "32"
          ruDPDKResource: "intel.com/intel_sriov_dpdk_ru9"
          bitmask: 204

zmq:
  enabled: False
  triggerFiles:
    hostPath: /var/tmp/zmq-triggers
    mountPath: /zmq-triggers
    startGRC: zmq-trigger-grc
    startConnections: zmq-trigger-connections
    startTraffic: zmq-trigger-traffic
    pollSeconds: 2
  cell:
    cellID: 1000
    physicalCellID: 100
    ruBandwidth: 10
  # zmq map
  #                gNB    ue1     ue2     ue3
  # TX             2000   2101    2201    2301
  # Rx             2001   2100    2200    2300
  #
  # Only 2 UEs currently configured.  Add more if CPU can support
  #
  ran:
    tx_port: 2000
    rx_port: 2001
  ues:
    ue1:
      tx_port: 2101
      rx_port: 2100
      imsi: "001010123456780"
      imei: "353490069873310"
      apn: "internet"
      pathloss: 0
      iperf3:
        automatic: True
        server: "192.168.100.13"
        port: 5301
        bw: "10M"
        cmd_options: "-w8M -l1320"
        duration: "10000"
        udp: True
        downlink: true
    ue2:
      tx_port: 2201
      rx_port: 2200
      imsi: "001010123456781"
      imei: "353490069873311"
      apn: "internet2"
      pathloss: 0
      iperf3:
        automatic: True
        server: "192.168.100.13"
        port: 5302
        bw: "10M"
        cmd_options: "-w8M -l1320"
        duration: "10000"
        udp: True
        downlink: true


# If enabled, the chart doesn't start executables in the containers, 
# so a user can exec into them and start them manually
debug_mode:
  enabled: false



# Below is the yaml section that will be directly copied into the srsRAN config file.
# Note that the install script will update some of the values in this section with the values from the Helm chart.
# Note that the following is not used in ZMQ.  For that, most of the parameters are fixed to use 10 MHz 
#    bandwidth.  To customize it, pass a separate yaml to the Helm chart.
srs_ran_config:
  cu_cp:
    amf:
      addr: 192.168.101.14
      bind_addr: 0.0.0.0
      supported_tracking_areas:
        - tac: 1
          plmn_list:
            - plmn: "99999"
              tai_slice_support_list:
                - sst: 1
                  sd: 162
                - sst: 1
                  sd: 163
                - sst: 1
                  sd: 164
                - sst: 1
                  sd: 165
            - plmn: "00101"
              tai_slice_support_list:
                - sst: 1
                  sd: 162
                - sst: 1
                  sd: 163
                - sst: 1
                  sd: 164
                - sst: 1
                  sd: 165
    security:
      nia_pref_list: nia2,nia1
      nea_pref_list: nea2,nea1,nea3,nea0    # nea2 required for iPhone
    mobility:
      cells:
        - nr_cell_id: 0x66C000          # For the default gnb_id=411 (gnb_id_bit_length=22), NR cell IDs start with 0x66C000 and increment for each cell of the DU.
          periodic_report_cfg_id: 1     # This will configure a periodical report config for the serving cell.
      report_configs:                                        # Define report configs for cell 1
        - report_cfg_id: 1
          report_type: periodical
          report_interval_ms: 1024

  cell_cfg:
    dl_arfcn: 630684
    common_scs: 30
    band: 78
    plmn: "00101"
    tac: 1
    pci: 1
    channel_bandwidth_MHz: 40
    ssb:
      ssb_block_power_dbm: -21
    nof_antennas_dl: 4
    nof_antennas_ul: 4
    tdd_ul_dl_cfg:
      dl_ul_tx_period: 10
      nof_dl_slots: 7
      nof_dl_symbols: 6
      nof_ul_slots: 2
      nof_ul_symbols: 4
    prach:
      prach_config_index: 159
      prach_root_sequence_index: 1
      zero_correlation_zone: 0
      prach_frequency_start: 12
    pusch:
      mcs_table: qam256
    slicing:   # Use default slice allocations
      -   # slice=internet
        sst: 1
        sd: 162
      -  # slice=internet2
        sst: 1
        sd: 163
      -  # slice=internet3
        sst: 1
        sd: 164
      -  # slice=default
        sst: 1
        sd: 165

  cells:
    - pci: 1
      dl_arfcn: 630684

  ru_ofh:
    ru_bandwidth_MHz: 40
    t1a_max_cp_dl: 470
    t1a_min_cp_dl: 258
    t1a_max_cp_ul: 429
    t1a_min_cp_ul: 285
    t1a_max_up: 196
    t1a_min_up: 50
    ta4_max: 75
    ta4_min: 0
    is_prach_cp_enabled: true
    ignore_ecpri_payload_size: true
    compr_method_ul: bfp
    compr_bitwidth_ul: 9
    compr_method_dl: bfp
    compr_bitwidth_dl: 9
    compr_method_prach: none
    compr_bitwidth_prach: 16
    enable_ul_static_compr_hdr: false
    enable_dl_static_compr_hdr: false
    iq_scaling: 2.0
    cells:
    - network_interface: 0000:3f:00.5    # PCI address of the NIC card in your server
      ru_mac_addr: e2:53:8d:8f:a4:6b
      du_mac_addr: aa:bb:cc:11:22:33
      vlan_tag_up: 1
      vlan_tag_cp: 1
      prach_port_id: [4, 5, 6, 7]
      dl_port_id: [0, 1, 2, 3]
      ul_port_id: [0, 1, 2, 3]

  # Will be added by the update script
  #hal:
  #   eal_args: "--lcores (0-1)@(1-30)"

  # log levels can be info,debug,warning,error, 
  log:
    rrc_level: warning
    rlc_level: warning
    mac_level: warning
    phy_level: warning
    ofh_level: warning
    radio_level: warning
    hal_level: warning
    cu_level: info

  metrics:
    autostart_stdout_metrics: true